def apply_transformation(self, ti: TransformationInput) -> Transformation:
tabstop = to_int(self.tabstop)
style = self.style
# Create separator for tabs.
separator1 = to_str(self.char1)
separator2 = to_str(self.char2)
# Transform fragments.
fragments = explode_text_fragments(ti.fragments)
position_mappings = {}
result_fragments: StyleAndTextTuples = []
pos = 0
for i, fragment_and_text in enumerate(fragments):
position_mappings[i] = pos
if fragment_and_text[1] == "\t":
# Calculate how many characters we have to insert.
count = tabstop - (pos % tabstop)
if count == 0:
count = tabstop
# Insert tab.
result_fragments.append((style, separator1))
result_fragments.append((style, separator2 * (count - 1)))
pos += count
else:
result_fragments.append(fragment_and_text)
pos += 1
position_mappings[len(fragments)] = pos
# Add `pos+1` to mapping, because the cursor can be right after the
# line as well.
position_mappings[len(fragments) + 1] = pos + 1
def source_to_display(from_position: int) -> int:
"Maps original cursor position to the new one."
return position_mappings[from_position]
def display_to_source(display_pos: int) -> int:
"Maps display cursor position to the original one."
position_mappings_reversed = {
v: k
for k, v in position_mappings.items()
}
while display_pos >= 0:
try:
return position_mappings_reversed[display_pos]
except KeyError:
display_pos -= 1
return 0
return Transformation(
result_fragments,
source_to_display=source_to_display,
display_to_source=display_to_source,
)
def transform_attrs(self, attrs):
if attrs.bgcolor in ('', 'default'):
attrs = attrs._replace(bgcolor=parse_color(to_str(self.bg)))
if attrs.color in ('', 'default'):
attrs = attrs._replace(color=parse_color(to_str(self.fg)))
return attrs
def transform_attrs(self, attrs: Attrs) -> Attrs:
if attrs.bgcolor in ("", "default"):
attrs = attrs._replace(bgcolor=parse_color(to_str(self.bg)))
if attrs.color in ("", "default"):
attrs = attrs._replace(color=parse_color(to_str(self.fg)))
return attrs
def transform_attrs(self, attrs):
if attrs.bgcolor in ('', 'default'):
attrs = attrs._replace(bgcolor=parse_color(to_str(self.bg)))
if attrs.color in ('', 'default'):
attrs = attrs._replace(color=parse_color(to_str(self.fg)))
return attrs
def apply_transformation(self, ti):
tabstop = to_int(self.tabstop)
style = self.style
# Create separator for tabs.
separator1 = to_str(self.char1)
separator2 = to_str(self.char2)
# Transform fragments.
fragments = explode_text_fragments(ti.fragments)
position_mappings = {}
result_fragments = []
pos = 0
for i, fragment_and_text in enumerate(fragments):
position_mappings[i] = pos
if fragment_and_text[1] == '\t':
# Calculate how many characters we have to insert.
count = tabstop - (pos % tabstop)
if count == 0:
count = tabstop
# Insert tab.
result_fragments.append((style, separator1))
result_fragments.append((style, separator2 * (count - 1)))
pos += count
else:
result_fragments.append(fragment_and_text)
pos += 1
position_mappings[len(fragments)] = pos
def source_to_display(from_position):
" Maps original cursor position to the new one. "
try:
return position_mappings[from_position]
except KeyError:
return 0
def display_to_source(display_pos):
" Maps display cursor position to the original one. "
position_mappings_reversed = dict((v, k) for k, v in position_mappings.items())
while display_pos >= 0:
try:
return position_mappings_reversed[display_pos]
except KeyError:
display_pos -= 1
return 0
return Transformation(
result_fragments,
source_to_display=source_to_display,
display_to_source=display_to_source)
def apply_transformation(self, ti: TransformationInput) -> Transformation:
tabstop = to_int(self.tabstop)
style = self.style
# Create separator for tabs.
separator1 = to_str(self.char1)
separator2 = to_str(self.char2)
# Transform fragments.
fragments = explode_text_fragments(ti.fragments)
position_mappings = {}
result_fragments: StyleAndTextTuples = []
pos = 0
for i, fragment_and_text in enumerate(fragments):
position_mappings[i] = pos
if fragment_and_text[1] == '\t':
# Calculate how many characters we have to insert.
count = tabstop - (pos % tabstop)
if count == 0:
count = tabstop
# Insert tab.
result_fragments.append((style, separator1))
result_fragments.append((style, separator2 * (count - 1)))
pos += count
else:
result_fragments.append(fragment_and_text)
pos += 1
position_mappings[len(fragments)] = pos
# Add `pos+1` to mapping, because the cursor can be right after the
# line as well.
position_mappings[len(fragments) + 1] = pos + 1
def source_to_display(from_position: int) -> int:
" Maps original cursor position to the new one. "
return position_mappings[from_position]
def display_to_source(display_pos: int) -> int:
" Maps display cursor position to the original one. "
position_mappings_reversed = {v: k for k, v in position_mappings.items()}
while display_pos >= 0:
try:
return position_mappings_reversed[display_pos]
except KeyError:
display_pos -= 1
return 0
return Transformation(
result_fragments,
source_to_display=source_to_display,
display_to_source=display_to_source)
def invalidation_hash(self):
return (
'set-default-color',
to_str(self.fg),
to_str(self.bg),
)
def invalidation_hash(self) -> Hashable:
return (
"set-default-color",
to_str(self.fg),
to_str(self.bg),
)
def invalidation_hash(self):
return (
'set-default-color',
to_str(self.fg),
to_str(self.bg),
)
